Brief: Follow along for a hands-on demonstration that highlights performance points of the Infrared Light Curtain Vehicle Barrier. This video showcases the system's reliable operation in various conditions, including a walkthrough of its intelligent heating function and communication interfaces. You'll see how it achieves up to 100% accuracy and maintains performance during adverse weather.
Related Product Features:
Compact design with programmable functionality for flexible integration.
High-speed operation with exceptional measurement accuracy up to 100% in optimal conditions.
Strong anti-interference capability ensures reliable performance in challenging environments.
Intelligent heating system with automatic defrosting activation for consistent operation.
Optical communication technology reduces wiring requirements and simplifies installation.
Synchronized scanning between emitter and receiver enhances detection reliability.
Comprehensive self-diagnostic function for automatic failure detection and alarm outputs.
Selectable conventional and cross-scanning modes for versatile application scenarios.
FAQs:
What is the accuracy rate of the Infrared Light Curtain Vehicle Barrier?
The system delivers up to 100% accuracy in optimal conditions and maintains no less than 99% accuracy in adverse weather, including rain, snow, and fog.
How does the intelligent heating function work?
The intelligent heating function automatically activates built-in heated glass defrosting when penetration decreases, ensuring consistent performance in varying environmental conditions like frost or ice buildup.
What communication interfaces does this barrier support?
It features RS485 and RS232 serial communication interfaces, enabling seamless integration with control systems and reducing wiring complexity through optical communication technology.
What is the minimum detectable object size and response time?
The barrier can detect objects as small as 25mm with a rapid response time of 15ms, ensuring high-speed and precise vehicle separation.